The temperature dependence of the low field (∼5 gauss) magnetic susceptibility, χ(T), of Au Fe alloys with concentrations 0.05 ≤ C ≤ 0.5 at.% Fe has been studied using a low frequency a‐c technique. Sharp peaks in χ(T) are found to exist for alloys with C at least as low as 0.1%, indicating that the antiferromagnetic ordering found at higher concentrations ( 13% ≥ C ≥ 1% ) also exists in these dilute alloys. The ordering temperatures To determined from max are proportional to Cm where m ≃ 0.6 for the entire range of antiferromagnetic alloys 13% ≥ C ≥ 0.1% . For dilute concentrations the onset of antiferromagnetic order at To corresponds to the destruction of the Kondo state evidenced by the breakdown of the typical Kondo resistivity behavior below To.